AI can be an ally in climate change

5

October

2021

5/5 (1)

This summer was one of the worst summers globally with record-braking natural disasters. There were wildfires in the south Europe and in sub-Arctic, serious floods in China and western Europe and heatwaves along with drought in North America. All these catastrophes are results of numerous interconnections and feedback loops in the climate system. Our planet is suffocating, and the worst consequences are yet to come, so it urgent to make changes and reverse this trend! UN has already stated that 2021 is the last year for us to take real action in the fight against rising global temperatures. Artificial Intelligence is rapidly growing and integrating in every aspect of our lives with prospects to play a major role in helping us slow down the evolving climate change

Source(https://www.indiatimes.com/technology/science-and-future/global-warming-in-last-100-years-is-worse-more-widespread-than-earth-s-past-2-000-years-372158.html)
 

How could this happen? 

There are many ways artificial intelligence can power climate change strategy and address this challenge. Some of them are the following. 

First and foremost, AI can change the way we commute and make it more efficient. This technology is used to power and improve battery energy management of autonomous electric vehicles, buses, or trains, mitigating emissions and opening the way for decarbonizing transportation. Furthermore, advanced programs and algorithms can be used optimizing traffic lights, routes for fleets and reducing traffic jam. 

Source(https://www.forbes.com/sites/cognitiveworld/2019/07/26/how-ai-can-transform-the-transportation-industry/?sh=418d98674964)

On top of that precision agriculture and the use of drones’ capabilities in surveillance of forests are another areas where AI technology impacts profoundly. Through precision agriculture drones follow up information provided by AI program and are deployed to target an area affected of specific pests though preventing mass usage of pesticides. In addition, deforestation contributes roughly 10% of global greenhouse-gas emissions (Karen Hao, 2019) but can be tackled and reversed through environmental monitoring. Satellite and drone imageries combining them with computer programs can inspect and evaluate the loss of trees at a much greater scale. 

Source (https://www.isical.ac.in/~caiml/courses/workshop001/)

Another area that AI technology can contribute to is to renewable energy by optimizing it. Generating electricity from solar and wind energy is one of the best choices but harnessing process still faces some issues because it is difficult to calculate the amount of demand regarding to the amount of supply, to predict weather conditions etc. Machine Learning and algorithms can generate and process this kind of data and turn them into useful information by gaining insights on ways of meeting those demands. Last but not least, AI by predicting weather changes could monitor and operate power plants in the most efficient way.

Source (https://medium.com/hackernoon/ai-a-promising-progression-for-renewable-energy-sector-44ad174ba40c)

Overall, AI might not be the silver bullet, but it can be deployed in order to facilitate and help us address climate change. 

Resources:

https://www.forbes.com/sites/markminevich/2021/03/31/ai-champions-driving-new-industry-solutions-for-climate-change/?sh=1808ccce4f66

https://www.forbes.com/sites/forbes-personal-shopper/2021/10/01/best-body-lotions/?

https://www.technologyreview.com/2019/06/20/134864/ai-climate-change-machine-learning/

https://www.nationalgeographic.com/environment/article/artificial-intelligence-climate-change

https://www.mygreatlearning.com/blog/machine-learning-to-solve-climate-change/

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Robolympics! A future insight from Japan Olympic Games 2020

23

September

2021

5/5 (1)

Beyond any doubt, on the threshold of 21st century Robotic engineering and designing are becoming two of the most innovative fields to work on and the robotics industry has already reached $40 billion worldwide. Robots have already implemented in our daily lives, opening the way to the future’s transformation into an artificial intelligence world, the Olympic Games included. In Tokyo 2020 Games, the honor didn’t go only to athletes but to the host as well by showcasing its cutting-edge robotic technology achievements and expertise. It occurred through the initiative called the Tokyo 2020 Robot Project, which was organized by the Tokyo Organizing Committee of the Olympic and Paralympic Games, in partnership with robots’ experts, the Japanese government, the Tokyo Metropolitan Government and partners of the Tokyo 2020 Games, such as Toyota (Liu Sophia, 2021). The aim of the initiative was to display the improvements of robots in their practical real-life deployment helping people along with their future possibilities.

Get to know the 4 robots 

The most renown ones were the official mascots, the blue colored, Miraitowa and the pink colored, Somety. They interacted with people, welcomed, greeted athletes, and had a variety of expressions. They were designed to appeal especially to children and the cameras mounted on their foreheads let them recognize when people were nearby so as to respond with facial expressions, head nods and blinking eyes.

Another smart robot equipped by Japan was a virtual mobility robot embedded with a camera on top of a display, called T-TR1. Its purpose was to allow to people interact with the athletes, giving them the opportunity to feel like being there.

The robot which was being developed the longest period and its size looks like humans’, is called T-HR3. Its purpose was to bring the Games to those who were absent in Games-related locations by mirroring the physical movements of their human remote “handlers”.  

Last but not least, part of the robot team is the Field Support Robot (FSR) which is an autonomously driving machine which can self-navigate. They were used during field events in athletics to retrieve balls, juveniles, and other stuff. 

What’s next?

Nobody can foresee the unpredictable future, but the only thing we are pretty sure about is that robots have not only integrated in our daily lives but in some cases have replaced us. Japan Olympic games were clearly the most innovative games ever, hosted by one of the most high-tech cities in the world and illustrated us the full potential capabilities of these intelligent machines in the facilitation of organizing a huge sport event. Tokyo robots showed the world how seriously prepared are for the robot revolution. The big question that remains is ‘will Robolympics (competition between robots) become an actual thing?’.  Τhat remains to be seen, but I personally believe that this day is not-too-distant future, as Olympics have always been a catalyst for innovation. And The following video verifies it…..

https://www.youtube.com/watch?v=cG8SvzSDB08

References

https://olympics.com/tokyo-2020/en/news/robots-tokyo-2020-olympics-athletics-fsr-field-events

https://olympics.com/tokyo-2020/en/news/new-robots-unveiled-for-tokyo-2020-games

https://eandt.theiet.org/content/articles/2021/06/meet-the-robots-of-the-tokyo-olympics/

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